Dávid Csemány

Assistant professor

Budapest University of Technology and Economics

Hungary

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About

Dávid Csemány is an Assistant Professor at the Budapest University of Technology and Economics, Hungary. His research areas include droplet evaporation dynamics, surrogate optimization for biofuels, and thermal analysis of pyrolysis and combustion processes. Recent articles authored by him focus on modeling droplet behavior under various conditions and the impact of hydrogen in combustion blends.

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2025

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2022

Collaborators (1)

Viktor Józsa

associate professor

Budapest University of Technology and Economics

HUNGARY

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Dávid Csemány

Research Interests

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Articles (19)

Comparative analysis of lumped parameter and one-dimensional continuum models for droplet evaporation at elevated pressures and temperatures

Evaluating the sensitivity of surrogate optimization target properties characterizing droplet formation, evaporation, and chemical reactions to biodiesel composition reduction

Evaluating the sensitivity of surrogate optimization target properties characterizing droplet formation, evaporation, and chemical reactions to biodiesel composition reduction

Numerical analysis on the thermal load and NO emission of a novel 1 MW pyrolysis gas/natural gas-fired industrial burner

Coupled thermal-electrical lumped parameter modeling of high-temperature sodium-sulfur battery

Effects of secondary breakup, collision dynamics, gravity and evaporation on droplet size distribution in a pressure-swirl JET A-1 spray

Numerical investigation on the effect of hydrogen share in NH3/H2 blends in a turbulent lean-premixed swirl burner

Effects of secondary breakup, collision dynamics, gravity and evaporation on droplet size distribution in a pressure-swirl JET A-1 spray

Thermal analysis of suspended single droplet evaporation measurements with a coupled lumped parameter model

Thermal analysis of suspended single droplet evaporation measurements with a coupled lumped parameter model

Comparison of thermophysical properties and combustion characteristics of various biodiesels in a non-MILD ultra-low emission swirl burner

Comparison of thermophysical properties and combustion characteristics of various biodiesels in a non-MILD ultra-low emission swirl burner

Numerical investigation on the effect of hydrogen share in NH<sub>3</sub>/H<sub>2</sub> blends in a turbulent lean- premixed swirl burner

Comparison of volatility characteristics and temperature-dependent density, surface tension, and kinematic viscosity of n-butanol-diesel and ABE-diesel fuel blends

Distributed combustion of diesel-butanol fuel blends in a mixture temperature-controlled burner

Dynamics and emission of nearly flameless combustion of waste cooking oil biodiesel in an ultra-low emission non-MILD swirl burner

Comparison of volatility characteristics and temperature-dependent density, surface tension, and kinematic viscosity of n-butanol-diesel and ABE-diesel fuel blends

Distributed combustion of diesel–butanol fuel blends in a mixture temperature-controlled burner

Dynamics and emission of nearly flameless combustion of waste cooking oil biodiesel in an ultra-low emission non-MILD swirl burner

Collaborators (1)

Viktor Józsa

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